Browsing Uzbek translation

1613.

<p>Select the channel mode of the resulting Mp3 file:
<p><b>Stereo</b><br>
In this mode, the encoder makes no use of potential correlations between the two input channels; it can, however, negotiate the bit demand between both channel, i.e. give one channel more bits if the other contains silence or needs fewer bits because of a lower complexity.
<p><b>Joint-Stereo</b><br>
In this mode, the encoder will make use of correlations between both channels. The signal will be matrixed into a sum ("mid"), computed by L+R, and difference ("side") signal, computed by L-R, and more bits are allocated to the mid channel. This will effectively increase the bandwidth if the signal does not have too much stereo separation, thus giving a significant gain in encoding quality.
<p><b>Mono</b><br>
The input will be encoded as a mono signal. If it was a stereo signal, it will be downsampled to mono. The downmix is calculated as the sum of the left and right channel, attenuated by 6 dB.

1621.

<p>Just left-click one of your devices in the device and file tree and see what happens. K3b opens a specific
window based on the media's contents. For an audio CD for example you will be given a list of the tracks with
the possibility to rip these tracks to any format supported by K3b (like mp3 or Ogg-Vorbis).</p>

1657.

Audio Visual Research

1684.

Could not find program '%1'

1686.

<p>Vorbis' audio quality is not best measured in kilobits per second, but on a scale from -1 to 10 called <em>quality</em>.<p>For now, quality -1 is roughly equivalent to 45kbps average, 5 is roughly 160kbps, and 10 gives about 400kbps. Most people seeking very-near-CD-quality audio encode at a quality of 5 or, for lossless stereo coupling, 6. The quality 3 gives, at approximately 110kbps a smaller filesize and significantly better fidelity than .mp3 compression at 128kbps.<p><em>This explanation is based on the one from the www.vorbis.com FAQ.</em>